Laser cutting is now more effective and easier than ever before. Due to their compact design and high degree of flexibility, the ACSYS laser cutting centers are in a class of their own and are setting new benchmarks. On this page you can see a wide variety of laser cutting applications.
The examples on this page are divided into:
There are various methods of laser cutting which will be explained in detail here.
For further information please see our laser compendium.
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Oxygen is used as the cutting gas for laser burn cutting. During the separation process, the oxygen introduces additional heat into the workpiece due to the localized oxidation of the basic material in the cutting joint, thereby accelerating the cutting process. Laser burn cutting is ideally suited for manufacturing parts quickly and efficiently, whose visual appearance will continue to change due to subsequent surface finishing processes.
More about the process Laser burn cutting can be found here.
Laser burn cutting of 5 mm steel -
steel
| Material | Steel |
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| Process | Laser burn cutting |
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| Industry | Tool industry |
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| Options | LAS - Live Adjust System |
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Laser burn cutting of 5 mm steel -
steel
| Material | Steel |
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| Process | Laser burn cutting |
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| Industry | Tool industry |
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| Options | LAS - Live Adjust System, dividing head |
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Laser cutting of coated materials - stainless steel
| Material | Stainless steel |
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| Process | Laser cutting |
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| Industry | Tool industry |
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| Options | LAS - Live Adjust System |
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Laser fusion cutting has the advantage of producing a virtually oxide-free cutting edge. The cutting gas is an inert gas. Inert gas blows the molten material out of the separating joint and cools the cutting edge. Laser fusion cutting is used if workpieces must fulfill high visual requirements without further processing. If subsequent alterations of the material are unwanted, then hygiene and laboratory engineering aspects must also be taken into consideration.
More about the process Laser fusion cutting can be found here.
Laser fusion cutting of 0.5 mm stainless steel sheets - stainless steel
| Material | Stainless steel |
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| Process | Fusion cutting |
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| Industry | Tool industry |
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| Options | LAS - Live Adjust System |
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Precision laser cutting of metal - stainless steel
| Material | Stainless steel |
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| Process | Laser cutting |
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| Industry | Tool industry |
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| Options | LAS - Live Adjust System |
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Precision laser cutting of stainless steel gears - stainless steel
| Material | Stainless steel |
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| Process | Laser cutting |
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| Industry | Jewelry and tool industry |
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| Options | LAS - Live Adjust System |
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Laser cutting of finished plastic molded parts - plastic
| Material | Plastic |
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| Process | Laser cutting |
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| Industry | Electrical industry |
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| Options | LAS - Live Adjust System |
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Laser cutting of 5 mm wood -
wood
| Material | Wood |
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| Process | Cutting |
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| Industry | Various |
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| Options | LAS - Live Adjust System |
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High-precision laser-cutting of a metal tube - stainless steel
| Material | Stainless steel |
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| Process | Laser cutting |
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| Industry | Tool industry |
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| Options | LAS - Live Adjust System, Dividing head |
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Laser fusion cutting of 5 mm acrylic glass - acrylic glass
| Material | Acrylic glass |
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| Process | Laser fusion cutting |
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| Industry | Electrical industry |
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| Options | LAS - Live Adjust System |
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Laser cutting a quartz glass tube with the wall thickness of 4 mm - glass
| Material | Glass |
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| Process | Laser cutting |
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| Industry | Various |
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| Options | LAS - Live Adjust System Dividing head |
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Laser fine-cutting of jewelry - white gold, rose gold
| Material | White gold, rose gold |
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| Process | Laser fine-cutting |
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| Industry | Watch and jewelry industry |
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| Options | Dividing head LAS - Live Adjust System |
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Laser fine cutting of metal - stainless steel
| Material | Stainless steel |
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| Process | Marking |
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| Industry | Tool industry |
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| Options | LAS - Live Adjust System, dividing head |
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Laser fusion cutting of 5-mm acrylic glass - acrylic glass
| Material | Acrylic glass |
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| Process | Laser cutting |
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| Industry | Electrical industry |
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| Options | LAS - Live Adjust System |
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Laser fusion cutting has the advantage of producing a virtually oxide-free cutting edge. The cutting gas is an inert gas. Inert gas blows the molten material out of the separating joint and cools the cutting edge. Laser fusion cutting is used if workpieces must fulfill high visual requirements without further processing. If subsequent alterations of the material are unwanted, then hygiene and laboratory engineering aspects must also be taken into consideration.
More about the process Laser fusion cutting can be found here.
Laser cutting of PU foam mats - PU
| Material | PU |
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| Process | Laser cutting |
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| Industry | Various |
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| Options | LAS - Live Adjust System Multi-axes |
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Laser fine-cutting of polyimide foil - polyimide
| Material | Polyimide |
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| Process | Laser fine-cutting |
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| Industry | Electronics industry |
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| Options | LAS - Live Adjust System Multi-axes |
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Laser cutting of silicon wafers - silicon
| Material | Silicon |
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| Process | Cutting |
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| Industry | Electrical industry |
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| Options | LAS - Live Adjust System Dividing head |
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Laser cutting of PE foils, material thickness example: 3 mm - PE
| Material | PE |
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| Process | Laser cutting |
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| Industry | Various |
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| Options | LAS - Live Adjust System Multi-axes |
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Laser cutting of PU foam mats, Ø 15 mm - PU
| Material | PU |
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| Process | Laser cutting |
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| Industry | Various |
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| Options | LAS - Live Adjust System Multi-axes |
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Remote cutting of aluminum foil - aluminum foil
| Material | Aluminum |
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| Process | Laser cutting |
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| Industry | Electronics industry |
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| Options | LAS - Live Adjust System |
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Laser cutting of a CRP part -
carbon
| Material | Carbon |
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| Process | Cutting |
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| Industry | Electrical industry |
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| Options | LAS - Live Adjust System Dividing head |
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Foil marking and cutting - foil
| Material | Foil |
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| Process | Surface removal, cutting |
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| Industry | Various |
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| Options | LAS - Live Adjust System |
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For optimal processes
Discover the new
dimensions of laser processing.
The AC-LASER
Software Suite
is the ideal
software package
for the machining
of material using the laser.
Go to the AC-LASER Software by ACSYS
We are passionate about know-how
Learn everything you want
to know about the world of
material processing by laser.
How is the laser beam
created? Which
system is the best for
your application?
Go to the ACSYS laser compendium
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